Although metals are the most commonly used tooling materials to cure composites, they do not provide optimal results in a microwave environment. Following a selection process based on the properties of the materials, an alternative tooling material in carbon fibre reinforced plastic (CFRP) was successfully utilised to cure CFRP panels in laboratory and industrial microwaves. The conductive carbon fibres in the tool facilitated the fast heat transfer across the part. Other tooling materials including a glass fibre cyanate ester prepreg and tooling board were trialled, although the latter exhibited damage during cure. These advantages demonstrate that the CFRP tool is a compatible material that can be used when microwave curing composites
During the production of fiber-reinforced composite materials, liquid resin is introduced into the f...
Carbon fiber-reinforced polymer composites have been increasingly used by the aerospace, automobile,...
The curing of high-performance carbon fibre composites has not changed significantly since their inc...
Microwave processing holds great potential for improving current composite manufacturing techniques,...
Conventional heating methods offer limited opportunities in cycle time reduction due to the low ther...
For the fabrication of carbon fibre reinforced composites used in aerospace industry, microwave curi...
The ability of microwave radiation to penetrate and interact directly with materials has led to its ...
Carbon fiber reinforced bismaleimide composites provide many outstanding properties and are widely u...
The ease of heating an epoxy resin with microwaves depends, among other factors, on the dielectric p...
In this paper we present a new set-up for curing carbon fiber composite materials realised around f...
Vacuum assisted microwave curing technologies and modified optical sensing systems have been employe...
Curing processes for carbon-fiber-reinforced polymer composites via microwave heating are promising ...
At present, composites material becomes common material in industries such as aerospace, aeronautica...
This paper outlines the conversion of a domestic microwave oven for use in composite curing applica...
This paper starts with the characteristics and advantages of microwaves processing. The shortcoming...
During the production of fiber-reinforced composite materials, liquid resin is introduced into the f...
Carbon fiber-reinforced polymer composites have been increasingly used by the aerospace, automobile,...
The curing of high-performance carbon fibre composites has not changed significantly since their inc...
Microwave processing holds great potential for improving current composite manufacturing techniques,...
Conventional heating methods offer limited opportunities in cycle time reduction due to the low ther...
For the fabrication of carbon fibre reinforced composites used in aerospace industry, microwave curi...
The ability of microwave radiation to penetrate and interact directly with materials has led to its ...
Carbon fiber reinforced bismaleimide composites provide many outstanding properties and are widely u...
The ease of heating an epoxy resin with microwaves depends, among other factors, on the dielectric p...
In this paper we present a new set-up for curing carbon fiber composite materials realised around f...
Vacuum assisted microwave curing technologies and modified optical sensing systems have been employe...
Curing processes for carbon-fiber-reinforced polymer composites via microwave heating are promising ...
At present, composites material becomes common material in industries such as aerospace, aeronautica...
This paper outlines the conversion of a domestic microwave oven for use in composite curing applica...
This paper starts with the characteristics and advantages of microwaves processing. The shortcoming...
During the production of fiber-reinforced composite materials, liquid resin is introduced into the f...
Carbon fiber-reinforced polymer composites have been increasingly used by the aerospace, automobile,...
The curing of high-performance carbon fibre composites has not changed significantly since their inc...